Jonathan Crosier
Papers
2
Total Citations
93
H-Index
2
About
Jonathan Crosier is a leading atmospheric scientist whose research centers on aerosol-cloud interactions, mineral dust dynamics, and boundary layer processes in Earth’s most extreme environments. His most impactful work stems from the Fennec climate programme, where he led pioneering aircraft observations over the remote Sahara. His 2015 paper on mineral dust and boundary layer processes—cited 85 times—fundamentally advanced our understanding of how Saharan dust influences regional climate systems, using unprecedented airborne data from Mauritania and Mali. Crosier’s contributions include demonstrating the critical role of dust in modifying the Saharan heat low and its feedback on atmospheric circulation. Earlier, his work on the ADRIEX campaign (2008) employed high-resolution global aerosol modeling to quantify the direct radiative impact of anthropogenic and natural aerosols, providing key insights into aerosol forcing. With a career defined by integrating observational campaigns with cutting-edge modeling, Crosier has shaped our knowledge of how aerosols and dust affect weather and climate. His research is essential for improving climate predictions in data-sparse regions, making him a vital figure in atmospheric science.
Research Focus
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Top Papers
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